nyebanner

Application of fiber fabric air duct in battery production workshop

2024-08-08

Below are some of the aspects of fiber fabric air ducts in battery production plants and advantages:

Advantages

1. Uniformity and comfort of air supply:

Fiber fabric air duct through the surface of the many microporous or slits to achieve surface air, so that the air distribution in the workshop is uniform, there is no traditional air duct air supply local temperature imbalance and air supply dead ends, to create a more comfortable working environment for employees.
The direction and angle of air supply can be accurately controlled to meet the temperature and ventilation needs of different areas.

2. Light weight and easy installation:

The material is made of special fiber fabric, extremely light weight, low load-bearing requirements for the building structure of the battery production workshop, especially some of the load-bearing restrictions on the transformation of the workshop or space is more favorable.
The installation process is relatively simple and fast, using zipper connection, hanging and other ways, greatly shorten the project cycle, reduce the impact on production, while saving labor costs.

3. Anti-static and cleanliness:

Fiber fabric ducts specially used in battery production workshops can be woven with special anti-static fiber materials to reduce the impact of static electricity on the battery production process, avoiding impurities such as dust adsorption due to static electricity affecting the quality and performance of the battery.
Convenient for disassembly and cleaning, can maintain the cleanliness of the ventilation system, to avoid the accumulation of dust in the duct to the secondary pollution of the air, is conducive to maintaining the clean environment required for battery production.

4. Energy saving:

Small wind resistance, high air conveying efficiency, compared with the traditional metal duct can reduce the power load of the fan, to achieve energy-saving operation.
According to the actual needs of different areas of the workshop can be accurately air delivery, reducing unnecessary energy consumption.
Some fiber fabric air ducts have good heat preservation performance, reducing the energy loss of hot and cold air in the air conditioning system in the process of conveying.

5. Cost

Low initial investment costs, due to its relatively simple construction, and does not require a large number of metal materials and complex installation process, saving money on materials and installation costs.
Low maintenance cost in the later stage, simple cleaning, not easy to damage, and relatively easy to replace parts.

6. Other aspects

Better aesthetics, its appearance and color can be customized, can be better integrated with the overall environment of the workshop, to enhance the overall image of the workshop.
For some battery production workshops with complex spatial layout, fiber fabric air ducts have good flexibility and bendability, which can be adapted to the installation needs of various irregular spaces.

Possible challenges and countermeasures (if any)

1. Strength and durability

Challenge: In some battery shops with heavy equipment operation or special working conditions, there may be a risk of ducts being accidentally bumped or scratched.
Measures: Selection of high-strength fiber materials and additional structural reinforcement designs for ducts; protective or warning markings in collision-prone areas.

2. Fire Performance Requirements

Challenge: Although some fiber fabric duct products can meet the fire safety standards, the battery production involves some flammable and explosive substances and other special circumstances.
Measures: Choose materials with better fireproof performance or fireproof treatment for air ducts; give full consideration to fire zoning and emergency ventilation plans when designing ventilation systems.

3. Microbial growth

Challenge: Microorganisms may grow inside the air ducts if the humidity of the workshop is not well controlled.
Measures: Regular cleaning and disinfection; use of fiber materials and coatings with anti-bacterial and anti-fungal properties.

More news

undefined

Service hotline

E-mail